Convert plain text to binary code representation and vice versa.
Each character is stored as one or more bytes using UTF-8, the encoding used by almost every website. A byte is eight binary digits. English letters take one byte each: H is 01001000 and i is 01101001, so 'Hi' is 01001000 01101001. Accented letters, symbols like ₹ and other alphabets take two or three bytes, and most emoji take four.
Binary to Text reads each group as a byte and rebuilds the characters. If the groups aren't valid UTF-8, or are longer than eight digits, each group is read as a character code instead, so binary made by other converters usually still decodes.
01101000 01100101 01101100 01101100 01101111.
Yes, for Binary to Text. Separate every group of 8 digits with a space.
Characters beyond basic English, such as é, ₹ or emoji, need two to four bytes in UTF-8.
No. Anyone can decode it in seconds. It's a fun code, not encryption.
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